Variables Entered/Removed a a. Dependent Variable: If you had $100 to buy a variety of the following desserts for a [QID15ChoiceGroup-SelectedChoices] party, how much would you spend on each? You must spend the full $100, but it's ok to spend $0 on any individual item(s). - Ice Cream b. All requested variables entered. Model Summary a. Predictors: (Constant), If you had $100 to buy a variety of the following desserts for a [QID15-ChoiceGroupSelectedChoices] party, how much would you spend on each? You must spend the full $100, but it's ok to spend $0 on any individual item(s). - Cake 1. What kind of analysis is this? 2. Identify which variable is assumed to be causing the change, and which variable is the thing being changed. 3. Is the degree of causality (or predictability) "weak", "moderate" or "strong", and how do you know that? Variables Entered/Removed a a. Dependent Variable: If you had $100 to buy a variety of the following desserts for a [QID15ChoiceGroup-SelectedChoices] party, how much would you spend on each? You must spend the full $100, but it's ok to spend $0 on any individual item(s). - Ice Cream b. All requested variables entered. Model Summary a. Predictors: (Constant), If you had $100 to buy a variety of the following desserts for a [QID15-ChoiceGroupSelectedChoices] party, how much would you spend on each? You must spend the full $100, but it's ok to spend $0 on any individual item(s). - Cake 1. What kind of analysis is this? 2. Identify which variable is assumed to be causing the change, and which variable is the thing being changed. 3. Is the degree of causality (or predictability) "weak", "moderate" or "strong", and how do you know that